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Edward G. Mazurs Collection of Periodic Systems Images

87 items

This collection predominantly consists of lantern slides and transparencies of models of the periodic table used by Edward G. Mazurs in the production of his book Graphic Representations of the Periodic System During One Hundred Years. The collection includes models by Dmitri Mendeleev, Edward Janet, and other notables, as well as Mazurs himself, and effectively provides a panorama of the evolution of the periodic table in the one hundred years following Mendeleev's initial 1869 design. Alternative layouts for the table include circular, cylindrical, pyramidal, spiral, and triangular forms ranging in date from the 1860s to the 1950s, with the bulk of the images dating from the 1880s to the 1920s.

Top and perspective views of a graphic representation of the periodic table of chemical elements depicted as a helix drawn on a single cylinder. This table was originated by French geologist and mineralogist…

Graphic representation of the periodic table of chemical elements designed as a left-step series table with the symbols of the elements arranged according to their valences. This table was originated by chemist Edward…

Top and perspective views of a graphic representation of the periodic table of chemical elements in the style of a helix and space lemniscate with two additional loops for the rare earth elements. This table was…

Top and perspective views of a graphic representation of the periodic table of chemical elements in the style of a helix and space lemniscate with an additional loop for the rare earth elements. This table was…

Top and perspective views of a graphic representation of the periodic table of chemical elements designed in the style of a helix wound on three main stepwise cylinders placed laterally with a common generating line at…

Graphic representation of the periodic table of chemical elements as an Archimedes spiral with a single revolution. This table was originated by Nicolas Opolonick in 1935 and classified by chemist Edward G. Mazurs as…

Top and perspective views of a graphic representation of the periodic table of chemical elements in the style of a space lemniscate. This table was originated by British chemist and physicist Sir William Crookes…

Top and perspective views of a graphic representation of the periodic table of chemical elements in the style of a helix with three sizes of revolutions. This table was originated by Henry Bassett in 1892 and classified…

Top and perspective views of a graphic representation of the periodic table of chemical elements in the style of a helix with three sizes of revolutions for eight representative, ten transitional, and fourteen rare…

Graphic representation of the periodic table of chemical elements in the style of concentric circles on a plane. This table was originated by L. Sibaiya in 1941 and classified by chemist Edward G. Mazurs as Type IIIB4-3…

Graphic representation of the periodic table of chemical elements designed as a left-side electronic configuration series table with the alkali metals and nonmetals combined into one block of representative elements.…

Graphic representation of the periodic table of chemical elements in the style of a right-side zigzag. This table was originated by C.H. Douglas Clark in 1931 and classified by chemist Edward G. Mazurs as Type IIIC4-2…

Graphic representation of the periodic table of chemical elements in the style of a spiral with varying sizes of revolutions. This table was originated by C.J. Monroe and W.D. Turner in 1926 and classified by chemist…

Graphic representation of the periodic table of chemical elements in the style of a helix with different sizes of revolutions for 2, 6, 10, and 14 elements. This table was originated by George Schaltenbrand in 1920 and …

Graphic representation of the periodic table of chemical elements designed as a left-step series table with the symbols of the elements arranged according to their valences. This table was originated by chemist Edward…

Graphic representation of the periodic table of chemical elements designed as a series table with Group 0 positioned in the middle of the table and the representative, rare earth, and transitional elements presented in…

Graphic representation of the periodic table of chemical elements designed as a series table with Group 0 positioned in the middle of the table and with steps on both sides. This table was originated by Russian chemist…

Top and perspective views of a graphic representation of the periodic table of chemical elements in the style of a helix and space lemniscate with two additional loops for the rare earth elements. This table was…

Graphic representation of the periodic table of chemical elements in the style of a zigzag. This table was originated by Eugenio Saz in 1922 and and classified by Mazurs as Type IIIC3-2 in his seminal work Types of…

Graphic representation of the periodic table of chemical elements in the style of a plane spiral-lemniscate for the representative and transitional elements, with an additional loop for the rare earth elements. This…

Top and perspective views of a graphic representation of the periodic table of chemical elements in the style of a helix and space lemniscate with an additional loop for the rare earth elements. This table was…

Graphic representation of the periodic table of chemical elements designed as a left-step table with Group 0 positioned on the right-hand side of the table. This table was originated by Henry Bassett in 1892 and…

Top and perspective views of a graphic representation of the periodic table of chemical elements designed in the style of a helix wound on three main stepwise cylinders placed laterally with a common generating line at…

Perspective view of a graphic representation of the periodic table of chemical elements consisting of four space lemniscates of varying sizes. This table was originated by Alois Bilecki in 1915 and classified by chemist…

Graphic representation of the periodic table of chemical elements designed in the style of a spiral consisting of four revolutions. This table was originated by Swedish physicist Johannes Rydberg (1854-1919) in 1913 and…

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